| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fnod_0655 |
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| Symbol | |
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| ID | 5452920 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Fervidobacterium nodosum Rt17-B1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009718 |
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| Strand | - |
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| Start bp | 717384 |
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| End bp | 720101 |
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| Gene Length | 2718 bp |
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| Protein Length | 905 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640874396 |
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| Product | hypothetical protein |
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| Protein accession | YP_001410167 |
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| Protein GI | 154249342 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGAAAATA ATTTATTTAT AATCATGGGT TTAGCACTTG TTGTTGTAGT TGCCCTAGGG
GCTTTTTTTA TTCTTGGTCA ACCACAAGAA AAATGGATAG AAGCTGATGG TGTTAAAATC
CAAAAAATAT CAGTAAATGC TGAGATAATA GAGAAAAACA CGGCTAAGGA AAAAGCCGTA
GCACAACTAA TGAGAGAAAA CAAACTAATC ACTTTCGTAG GTGAAGCCCA AGGGACAGGA
ACTCTACAAG AAAAAGAAAT GGCAAAGATT AGAGCTTTTT CCAATTTGGC GGAGATGCTA
AACGCAAGGG TAAGTACTTT TGCGCAGCTT GTTGAAGGTC AACTTCAAAG TGTTTCAACT
TCTCAAAACA AGCAACAAAT AGTTTCTGCT TCAGTAGATG CTTACAAAAG AGTTACCGAA
CTGTTTGCTC AAGCACGTAT TTCCGGTGCG TACGTTTACG CATATTGGAG AGTCAAAGAA
GGTAATATTG TGAAAACTTA CGCCCTTCTA GTTTACGATC CAGAGGACGT GAAAAAATAT
ATACAGATGC AACCAGAGAT AGATTCTGCT ATTTCAAGTT TAAGTAGCTT AGGGGTGAAT
TTTTTCGGTG CACTTAACAG TGTTATAGAA GAGGCTTACA AAGGTACTCC TTTGGAAAGT
AAACCATCTG AACCGTCCAA ACCAACGGAC CAAGTACAGC AACCTATTCA ACCTACCCAA
CCAAGTCAAC CGAGTCAACC AACACAGCCA ATTTCACCAA CTTCACCCGC TCAAGTAAAT
ATACCATCTA ATTACATAAA AGGTATCGGT GAAGCATATG GTAAAACTGA AATTGAAGCG
GAAGAAAGTG CCAAAAAGAA CGCTCTAAGC AATTTGTCAG AGCAATTGTA CGTTGAAGTT
AAATCTTCTG CAATATTGAA AGACCAATTA AGCCAACTTA TAGTTGATAA CAAAGTTAAA
GAAAAATTCC AGAGCGAATA TGAAAAGACA ATTCAAACAA AGACGGAATT CGAGTTTATG
GATGTTGTTT ACAAAATAGT CGATAAGAAA GCGGTTGAAG GTAAATATTA TGCAAAAGCG
GAAGCATATG TTGATGCGGA TGTTGCAAGA CAAACTTTTG AAGCTTTTGT GTCAATAAGA
CTTGGAAATT CATTACTCGC ATCAAAGATG ATTTACACAG CGAAAAGAAT TGTTGACAAA
TACGAACCGA TACTTGGAAA ATACAAATTT CCACCAAGAA TTTCTGAAGA GTTATCTATG
ATTGTTGGAA GTATAAAAAA TAAGTATAAT CAAGTTTCAA TGATGGTTAA CAATGTAAAT
TCTACAAAAA TAGTAGATAA AGACAGTGCT ATAAAAGTTG CACAGATGAT TAATGAAATC
GACGCGATGG CAATAGATTT ACCTTCGGAG TTGATTAATA GAGAATCGTT AAGGTCTTAT
CTAAGCGATG TAAAAATTGA ATTATCAGGA CCTTCTGAAA CGATTATAGG AGAGCAGGTA
ACAATTTCCG TAAAGGTTCA ACCGAATACA ATAACACTTT TAAGGGTTAT TGGCGAAAAT
ACAGAGAACC CAGATTTGAT AAGTTTGAAA GATGGTACTA CACAACTTTC AGGCGTAGTC
AAATCGGTAA ATTCGAAGCT AACAGTTACT CTAGCGGGAA TTGTATCCGC AACATGGGCA
CCAGGGAAAG TCAGTGTTAA TCCGGATGTA CTGAGAGTGG TTACAAGAGA GGGAGACACT
CTAAGAATCC TCGCAGGGGG TACTGCAAAA ATAATTACTG ACCAAAATGC GATGAGAAAA
AATGCAACAA AAGACGCACT TATAAAGATA GTCAAGAAAG CTGCGGCTGA AGTATTAATA
GGTGAGAACA AGGAATTACT TAACGTTCCC GTTGATGATT ACATATTGGA TAGAGTTTTG
GCAGGAATTG ACTATGAAAT CACCGCTTCT GGAGAGTATC AGAACCTTTA TTACGTAGTC
GTTGATGCGA AAATAAGTAA ATCAAGATTT GAAAAAGACA TAGAGTACGC TTTAAAAACC
GCACCTTCTG GATTTGCACT GTTGATAGTA GAAGGCGATG AAAATGGCTA TGTTGAATCA
ATGATGATTG AAAGAATACT ATCGGCAGGA GTAAAGCTCG TTTCTAAAGA TTTTTCAAAG
AAGATACTTG AAGAGCAGTA CAAATTGGGT TACAACTCAA CGATAGTTGC GAAATATGCA
GCTCTATCAG CTGCAAGATA CTTGATATAC ACAAAAGTCA ACGCGCCGTC GACATATCTT
TCTGAATATA AGCTTTACTC AGTCAGAATG CTTGTAAATA CTCAAATCAT CGATTCAATA
ACGGGAAATA TAGTTTCTGC CCAAAATTAC GAAGAAACGA ATTCAGGTGC AACAATTCAA
GCTGCACTTT CGAAAATTGT TAATTCTTCA AATTTCCAAG CATATATCCA AAAGATAATT
AATTCTTTAA ATTTTGAGAA TGTAGAAATT TCAAAAGCTT ACAGATACAC ATTCACACCG
GAGCGGGCAG CATACAGTGC CATGCTTCTT GATGCATTAA AAGCAAAATA TGCTTCATTG
AAAGTGATTG AAAATACTGA CAAAAAATTG GTAATTGAAA TTGACATTGA TATGCCAGAA
ATGGAAAAAT TCTTCAACTC TTTGACTTCT GTGAAAGTAA AGAAAGTTAG CGATTACGAG
TACATAGTTA CAAAGTAA
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| Protein sequence | MENNLFIIMG LALVVVVALG AFFILGQPQE KWIEADGVKI QKISVNAEII EKNTAKEKAV
AQLMRENKLI TFVGEAQGTG TLQEKEMAKI RAFSNLAEML NARVSTFAQL VEGQLQSVST
SQNKQQIVSA SVDAYKRVTE LFAQARISGA YVYAYWRVKE GNIVKTYALL VYDPEDVKKY
IQMQPEIDSA ISSLSSLGVN FFGALNSVIE EAYKGTPLES KPSEPSKPTD QVQQPIQPTQ
PSQPSQPTQP ISPTSPAQVN IPSNYIKGIG EAYGKTEIEA EESAKKNALS NLSEQLYVEV
KSSAILKDQL SQLIVDNKVK EKFQSEYEKT IQTKTEFEFM DVVYKIVDKK AVEGKYYAKA
EAYVDADVAR QTFEAFVSIR LGNSLLASKM IYTAKRIVDK YEPILGKYKF PPRISEELSM
IVGSIKNKYN QVSMMVNNVN STKIVDKDSA IKVAQMINEI DAMAIDLPSE LINRESLRSY
LSDVKIELSG PSETIIGEQV TISVKVQPNT ITLLRVIGEN TENPDLISLK DGTTQLSGVV
KSVNSKLTVT LAGIVSATWA PGKVSVNPDV LRVVTREGDT LRILAGGTAK IITDQNAMRK
NATKDALIKI VKKAAAEVLI GENKELLNVP VDDYILDRVL AGIDYEITAS GEYQNLYYVV
VDAKISKSRF EKDIEYALKT APSGFALLIV EGDENGYVES MMIERILSAG VKLVSKDFSK
KILEEQYKLG YNSTIVAKYA ALSAARYLIY TKVNAPSTYL SEYKLYSVRM LVNTQIIDSI
TGNIVSAQNY EETNSGATIQ AALSKIVNSS NFQAYIQKII NSLNFENVEI SKAYRYTFTP
ERAAYSAMLL DALKAKYASL KVIENTDKKL VIEIDIDMPE MEKFFNSLTS VKVKKVSDYE
YIVTK
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